1. Basic conditions of use
.Safety mat floor requirements
Must be kept flat and without protrusions to avoid deformation of the safety mat
No sharp objects/debris are allowed (to prevent scratching the safety mat)
Environmental requirements:
No long-term liquid immersion (water/oil/corrosive substances)
Can withstand instantaneous splashing (rubber material characteristics)
Applicable mechanical scenarios
High-risk mechanical types: ✓ Robot operation area5 ✓ Unmanned automation equipment6 ✓ Equipment import and export area7
Selection basis: ✗ Irregular motion trajectory machinery ✗ Areas that cannot be covered by safety gratings
2. Product selection and customization
Safety mat size customization specifications
The installation position must be accurately measured in advance
Standard edge pressing parameters: ▫ Edge pressing width: 50mm11 ▫ Total size needs to be increased: 180mm (90mm on each side)12
Material selection comparisonMaterial type | Applicable scenarios | Notes ---|---|--- Natural rubber | Standard working conditions | Oil-resistant general rubber crumbs | Low-cost requirements | PVC material that easily absorbs oil and expands | Clean environment | Weak wear resistance
III. Key points for installation implementation
3.Environmental pretreatment of safety mat
Areas with severe oil pollution: ▶ Lay oil-proof bottom board (wooden board/plastic board) ▶ Clean oil pollution regularly
Laying process ① Floor cleaning → ② Lay safety carpet → ③ Line connection → ④ Pressure test (continuous stepping verification)
IV. Maintenance and management specifications
4 Daily maintenance of safety mat
Cleaning frequency: Wipe the surface at least once a week
Prohibited behaviors: ✖ Direct fall of heavy objects ✖ Placement of sharp tools ✖ Long-term direct sunlight
Abnormal handling
Immediately stop using if the following conditions are found: ▶ Peeling of the surface ▶ Edge warping ▶ Pressure sensing failure
V. Precautions for use
5 Environmental adaptability of safety mat
Temperature range: -20℃~+60℃
Humidity requirement: <90%RH (non-condensing)
Safety redundancy design
Recommended coordination: ✓ Safety relay ✓ Emergency stop device ✓ Regular functional testing (at least once a month)
